How to pronounce “blowup” in English

It's a wonderful movie uh, "Blowup?" Nick Mason: Oh yes.Male Presenter: Blowup. I mean, seeing that as an American now, I think it's supposed to be very glamorous and you realize London is still coming out of a war.There's still like bomb sites in the film and it's a little shabby.

to be realized, so that value will be realized.So avoid the blowups-- that's not my picture.So the four top earnings quality predictors, one is so aggressive revenue recognition.

Once you do that, it can just keep iterating.So this in principle would create a blowup for the actual Navier-Stokes.And this is what I managed to accomplish for this average Navier-Stokes.

I don't have these special configurations of water.to say something about a blowup.

- Yes, first time was in, I was with the Ukrainian armed forces when they retook Kherson, and I was back in recent weeks,and was there when the Trump-Zelensky blowup happened.In fact I was in a Ukrainian dugout at the front lines when I was watching it.

- Well, three years of war will tire out anyone.- What did you think of the blowup between Zelensky and Trump as you're sitting there in the dugout?- Well, it is, huh, it was a very disturbing place to watch it from, perhaps anywhere would've been.

there'll be a lot of concentrations in space and time.And you could create what's called a blowup, where these waves, their amplitude becomes so great that the laws of physics that they're governed byare no longer wave equations, but something more complicated and nonlinear.

Every time you get energy at one scale, you push it immediately to the next scale as fast as possible.This is sort of the naive way to force blowup.In terms of, in five and higher dimensions this works, but in three dimensions there was this funny phenomenon that I discovered

and a half and um about six months before I started working withhim he and Sally had a big big blowupscreaming match on a street corner in

Now you're processing where the cart is located, where your goal is, how to get there on the corridor, and then there's a flashing light onthe bomb that means that it's going to blowup. So how -- amidst all the other processing tasks that you're trying to do, how do you deal with the fact that there'salso a flashing red light and what that means and what you should do in response? And given the state of artificial intelligence

- So you're trying to make it blow up.- Yeah. So I basically engineer a blowup by changing laws of physics, which is one thing that mathematicians are allowed to do,we can change the equation.

I don't have these special configurations of water.There are other groups who are now pursuing ways to make Navier-Stokes blowup, which are nowhere near as ridiculously complicated as this.

Male Presenter: So what's the film?It's a wonderful movie uh, "Blowup?" Nick Mason: Oh yes.Male Presenter: Blowup. I mean, seeing that as an American now, I think it's supposed to be very glamorous and you realize London is still coming out of a war.

was always very creative um I think the first time I got paid to to be creative was I inventedum a billboard for porn shop and there were three kind of blowup dolls and Idid this mock billboard and the headline was picking up AirHeads just got easier and I walked into this porn shop

You've made a lot of progress on this one.In 2016, you published a paper, "Finite Time Blowup for an Averaged Three-Dimensional Navier-Stokes Equation." - Right.- So we're trying to figure out if this thing usually doesn't blow up.

There was always some sign error or some subtle mistake and it couldn't be salvaged.So what I was interested in doing was trying to explain why we were not able to disprove finite-time blowup.I couldn't do it for the actual equations of fluids, which were too complicated.

and you can keep everything under control for not just the Navier-Stokes, but for many, many types of equations like this.And so in the past, there have been many attempts to try to obtain what's called global regularity for Navier-Stokes, which is opposite of finite-time blowup,that velocity stays smooth.

And so this is why the problem is hard.In two dimensions, so the Soviet mathematician Ladyzhenskaya, she in the 60s showed in two dimensions there was no blowup.And in two dimensions, the Navier-Stokes equations is what's called critical.

of concentration of energy.- So you're trying to make it blow up.- Yeah. So I basically engineer a blowup by changing laws of physics, which is one thing that mathematicians are allowed to do,

In 2016, you published a paper, "Finite Time Blowup for an Averaged Three-Dimensional Navier-Stokes Equation." - Right.- So we're trying to figure out if this thing usually doesn't blow up.- Right. - But can we say for sure it never blows up?